CN203824302U - Rotary movable type tunnel kiln - Google Patents
Rotary movable type tunnel kiln Download PDFInfo
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- CN203824302U CN203824302U CN201420257876.XU CN201420257876U CN203824302U CN 203824302 U CN203824302 U CN 203824302U CN 201420257876 U CN201420257876 U CN 201420257876U CN 203824302 U CN203824302 U CN 203824302U
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Abstract
The utility model discloses a rotary movable type tunnel kiln which is characterized by comprising a plate feeder, a jaw crusher, a dosing machine, a birotor pulverizer, a roller screen, a double-shaft mixer, an ageing workshop, a primary double-shaft mixer, a secondary double-shaft mixer, a twin-stage vacuum brick extruding unit, a strip and adobe cutting system, a setting machine, an annular adobe conveyor and a calcining kiln. When the rotary movable type tunnel kiln is in operation, the plate feeder feeds raw materials (shale, coal gangue and the like), the jaw crusher crushes the raw materials, the dosing machine carries out internal combustion dosing, then the raw materials are sent to the pulverizer, the pulverizer is communicated with the roller screen through a transmission band, the roller screen performs screening, the coarse material returns to the pulverizer for treatment once more, and the material screened by the roller screen and meeting the requirements enters to the double-shaft mixer; when the double-shaft mixer is in operation, water is added to the double-shaft mixer through water-adding equipment, and material out of the double-shaft mixer is sent to the ageing workshop; the primary double-shaft mixer (water-adding is required to be carried out when the primary double-shaft mixer is in operation) and the secondary double-shaft mixer beside the ageing workshop can perform different-level stirring treatment as needed, then, the twin-stage vacuum brick extruding unit performs operation, the strip and adobe cutting system cuts mud strips, the mud strips are arranged on the annular adobe conveyor by the setting machine, and finally the annular adobe conveyor conveys the mud strips to the calcining kiln.
Description
Technical field
The utility model relates to kiln association area, and specifically the utility model relates to a kind of rotary moving tunnel cave.
Background technology
As everyone knows, brick is one of main construction material, of many uses, and the kiln type of China's firing brick-and tile product can be divided into annular kiln and kiln at present.But, kiln is the topmost a kind of continous way calcination equipment of sintered brick and tile industry, its main body is the long-channel of a similar railway tunnel, passage for both sides construction material, refractory material and insulation material be built into kiln wall, top is that the kiln being built into by above-mentioned various materials pushes up, at the bottom of bottom is the kiln that forms of the kiln car that moves along kiln inner orbit.
The mode of operation of present kiln is that the brick of tunnel cave is positioned on kiln car, kiln car can move in kiln, dress, the kiln discharge of brick can carry out outward at stove, workman's condition of work has obtained very big improvement, but kiln car needs to bear high temperature in kiln, material requires high, and kiln car is many, with the annular kiln comparison of identical section, cost of investment is more much bigger than annular kiln.Tunnel cave divides again semi-stiff extrusion process and quadratic code to burn, and quadratic code burns need to a drying alley kiln and a roasting tunnel kiln, and adobe is first after drying alley kiln inner drying, then delivers to calcining kiln and carry out roasting; And semi-stiff extrusion process will be dried exactly and roasting is placed in a tunnel cave and completes, and labor strength is reduced again, but the cost using is higher, and compare more complicated in actual operating process, use very dumb, Practical Performance is not good, so exist deficiency.
In addition, using in kiln roasting process, need first will cut embryo machine and cut embryo product (adobe) and be transported to roasting Yao Shichu, then unify discharge by mechanical grip equipment, baking operation is carried out in preparation.
Annular kiln takes on material all to carry out in firing chamber, and working environment is extremely severe, need to be improved; Existing annular kiln yield is low, and efficiency is not high, for the China that is in modernization construction, seems very inapplicable.
In sum, for the defect of prior art, need especially a kind of rotary moving tunnel cave to solve the deficiencies in the prior art.
Utility model content
The purpose of this utility model is to provide a kind of rotary moving tunnel cave at this.In order to achieve the above object, the utility model has adopted following technical scheme:
The utility model is to realize like this, construct a kind of rotary moving tunnel cave, it is characterized in that: comprise apron feeder, jaw crusher, proportioning machine, dual-rotor crushing machine, drum screen, biaxial rneader, ageing workshop, one-level biaxial rneader, secondary biaxial rneader, two-stage vacuum extruder for blocks group, blank cutting base system, setting machine, annular machine for transporting blank, roasting firing chamber; Apron feeder, jaw crusher connect logical proportioning machine by transport tape, proportioning machine connects logical dual-rotor crushing machine by transport tape, pulverizer connects logical drum screen by transport tape, drum screen connects logical biaxial rneader by transport tape, biaxial rneader is connected to ageing workshop by transport tape, one-level biaxial rneader is positioned at by ageing workshop, and one-level biaxial rneader connects logical secondary biaxial rneader by transport tape; Secondary biaxial rneader connects logical vacuum extruder group by transport tape, vacuum extruder group connects logical blank cutting base system by transport tape, blank cutting base system connects logical setting machine by transport tape, and annular machine for transporting blank is positioned at roasting firing chamber annular region, and setting machine is arranged on by annular machine for transporting blank.
When running, completing raw material (such as shale, gangue etc.) by apron feeder throws in, by jaw crusher, shale is carried out to break process, carry out internal combustion batching by proportioning machine, material is sent into pulverizer afterwards, pulverizer connects logical drum screen by transport tape, screened by drum screen, the screened pulverizer that is back to of coarse fodder is processed again, filter out satisfactory material by drum screen and enter biaxial rneader, when Double shaft stirring machine operation, to add inside water by adding wetting system, send into ageing workshop by biaxial rneader material out; The one-level biaxial rneader (need to add water when one-level Double shaft stirring machine operation) on side, ageing workshop, the stir process that secondary biaxial rneader can carry out different stage as required, operated by two-stage vacuum extruder for blocks group afterwards, by blank cutting base system, mud bar is cut to base again, discharged on annular machine for transporting blank by setting machine, annular machine for transporting blank is delivered to roasting firing chamber.
According to rotary moving tunnel cave described in the utility model, it is characterized in that: annular machine for transporting blank, comprises main driving wheel device, driven pulley device and steel band; Described main driving wheel device comprises support, pressing plate B, rubber tire assembly, pressing plate A, axle, sprocket wheel A, bearing, Cheng Gai, bearing block, sprocket wheel B, hinge seat assembly A, bearing pin A, hinge ear, motor, gripper shoe, bearing pin B, chain pulley seat assembly B, motor seat board, round nut, stop washer, roller chain; Described motor is arranged on motor seat board, and the rotary shaft end of motor is provided with sprocket wheel B by interior hexagonal flush end holding screw; Described support upper end is fixed with hinge seat assembly A, chain pulley seat assembly B; Hinge seat assembly A arranges hinge ear by bearing pin A, and chain pulley seat assembly B arranges gripper shoe by bearing pin B, and the other end of gripper shoe, by the setting of hinge ear, arranges axle in gripper shoe, and the middle part of axle arranges sprocket wheel A, and sprocket wheel A connects by roller chain and sprocket B; Both sides on axle are respectively rubber tire assembly, and the two ends of axle are fixed by round nut, stop washer, and rubber tire assembly dual-side is pressing plate B and pressing plate A, and described axle passes through bearings; Described driven pulley device comprises support, driven pulley dust cap, spacing return idler, driven pulley axle sleeve, follower shaft, driven shaft bearing, regulates screw mandrel A, adjusting nut assembly, adjusting screw mandrel B, fixing double team A, lining, bearing pin, fixing double team B, fixing double team C, bearing, inner column, described support is arranged on inner column, and by regulating screw mandrel A, adjusting nut assembly, regulating screw mandrel B to regulate; Described follower shaft is supported on support, and spacing return idler is arranged on the two ends of follower shaft by bolt, and the side of spacing return idler is provided with driven pulley dust cap; Described adjusting screw mandrel A is connected with fixing double team B by bearing pin, and fixing double team B and fixing double team C combination are fixed on inner column; Described support is arranged on inner column by fixing double team A; Steel band is by steel band supporting units support, and steel band support component comprises channel-section steel and equal leg angle; Steel band support component is very across rubber tire assembly, spacing return idler upper end.
The utility model has the advantage of: the utility model provides a kind of rotary moving tunnel cave at this, comprise apron feeder, jaw crusher, proportioning machine, dual-rotor crushing machine, drum screen, biaxial rneader, ageing workshop, one-level biaxial rneader, secondary biaxial rneader, two-stage vacuum extruder for blocks group, blank cutting base system, setting machine, annular machine for transporting blank, roasting firing chamber; Roasting firing chamber entirety is annular, and ageing workshop, one-level biaxial rneader, secondary biaxial rneader, two-stage vacuum extruder for blocks group, blank cutting base system, setting machine, annular machine for transporting blank are positioned at the annular region of roasting firing chamber; Apron feeder, jaw crusher, proportioning machine, dual-rotor crushing machine, drum screen, biaxial rneader are positioned at the annular region outside of roasting firing chamber; Apron feeder arranges corresponding to raw material workshop in small, broken bits.
The utility model also provides a kind of annular machine for transporting blank, be arranged on the relative position of the calcining kiln indoor of circular kiln furnace, be delivered to roasting firing chamber mechanical grip equipment (manipulator) and locate to unify discharge for blank cutter on production line being cut to base product (adobe), prepare to carry out baking.
Machine for transporting blank described in the utility model comprises main driving wheel device, driven pulley device and steel band; When enforcement, steel band, by steel band supporting units support, specifically makes its steel band entirety form annular by the arrangement of multiple main driving wheel devices, driven pulley device; Therefore this apparatus structure is simple, novel in design.
Main driving wheel device can be built in operate ground, driven pulley device is fixed by corresponding inner column, steel band support component in this device for supporting steel band, but steel band is used for carrying moulded pottery not yet put in a kiln to bake, provide power by main driving wheel device, under driven pulley device coordinates, can turn round by fast driving steel band support component, successfully drive the steel band running that carries moulded pottery not yet put in a kiln to bake.In driven pulley device, driven pulley dust cap can prevent that spacing return idler from entering the impurity such as dust; The outer end of spacing return idler can play screens effect to channel-section steel, and then can play position-limiting action to the steel band support component of operation, prevents that it from coming off.
Brief description of the drawings
Fig. 1 is overall structure schematic diagram of the present utility model
Fig. 2 is the utility model annular machine for transporting blank main driving wheel device, driven pulley device, steel band and position view corresponding to steel band support component
Fig. 3-4th, the utility model annular machine for transporting blank main driving wheel device schematic diagram
Fig. 5-6th, the utility model annular machine for transporting blank main driving wheel device rubber tire assembly schematic diagram
Fig. 7-9th, the utility model annular machine for transporting blank driven pulley device schematic diagram
Figure 10 is the utility model annular machine for transporting blank steel band and steel band support component schematic diagram
Wherein: 1 apron feeder, 2 jaw crushers, 3 proportioning machines, 4 dual-rotor crushing machines, 5 drum screens, 6 biaxial rneaders, 7 ageing workshops, 8 one-level biaxial rneaders, 9 secondary biaxial rneaders, 10 two-stage vacuum extruder for blocks groups, 11 blank cutting base systems, 12 setting machines, 13 annular machine for transporting blank, 14 roasting firing chambers,
100 main driving wheel devices, 101 supports, B102 pressing plate, 103 rubber tire assemblies, 104 pressing plate A, 105 axles, sprocket wheel A106, 107 bearings, 108 hold lid, 109 bearing blocks, 110 sprocket wheel B, 111 hinge seat assembly A, 112 bearing pin A, 113 hinge ears, 114 motors, 115 gripper shoes, 116 bearing pin B, 117 chain pulley seat assembly B, 118 motor seat boards, 119 round nuts, 120 stop washers, 121 roller chains, 122 interior hexagonal flush end holding screws, 123 keys 14 × 80, 124 hexagon socket cap head screw M10 × 25, 125 keys 16 × 36,
200 driven pulley devices, 201 supports, 202 driven pulley dust caps, 203 spacing return idlers, 204 driven pulley axle sleeves, 205 follower shafts, 206 driven shaft bearings, 207 regulate screw mandrel A, 208 adjusting nut assemblies, 209 regulate screw mandrel B, 210 fixing double team A, 211 linings, 212 bearing pins, 213 fixing double team B, 214 fixing double team C, 215 bearings, 216 inner columns,
300 steel bands, 400 steel band support components, 401 channel-section steels, 402 equal leg angles.
Detailed description of the invention
Below in conjunction with accompanying drawing, 1-10 is elaborated to the utility model, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
The utility model provides a kind of rotary moving tunnel cave at this, as shown in Figure 1: this power-saving kiln comprises apron feeder 1, jaw crusher 2, proportioning machine 3, dual-rotor crushing machine 4, drum screen 5, biaxial rneader 6, ageing workshop 7, one-level biaxial rneader 8, secondary biaxial rneader 9, two-stage vacuum extruder for blocks group 10, blank cutting base system 11, setting machine 12, annular machine for transporting blank 13, roasting firing chamber 14.
Apron feeder 1, jaw crusher 2 connect logical proportioning machine 3 by transport tape, proportioning machine 3 connects logical dual-rotor crushing machine 4 by transport tape, pulverizer 4 connects logical drum screen 5 by transport tape, drum screen 5 connects logical biaxial rneader 6 by transport tape, biaxial rneader 6 is connected to ageing workshop 7 by transport tape, it is other that one-level biaxial rneader 8 is positioned at ageing workshop 7, and one-level biaxial rneader 8 connects logical secondary biaxial rneader 9 by transport tape;
Described, secondary biaxial rneader 9 connects logical vacuum extruder group 10 by transport tape, vacuum extruder group 10 connects logical blank cutting base system 11 by transport tape, blank cutting base system 11 connects logical setting machine 12 by transport tape, annular machine for transporting blank 13 is positioned at roasting firing chamber 14 annular regions, and it is other that setting machine 12 is arranged on annular machine for transporting blank 13.
Roasting firing chamber 14 entirety are annular, and ageing workshop 7, one-level biaxial rneader 8, secondary biaxial rneader 9, two-stage vacuum extruder for blocks group 10, blank cutting base system 11, setting machine 12, annular machine for transporting blank 13 are positioned at the annular region of roasting firing chamber 14; Apron feeder 1, jaw crusher 2, proportioning machine 3, dual-rotor crushing machine 4, drum screen 5, biaxial rneader 6 are positioned at the annular region outside of roasting firing chamber 14, and apron feeder 1 arranges corresponding to raw material workshop in small, broken bits; When running, completing raw material (such as coal) by apron feeder 1 throws in, by jaw crusher 2, shale is carried out to break process, prepare burden by proportioning machine 3, material is sent into pulverizer 4 afterwards, pulverizer 4 connects logical drum screen 5 by transport tape, screened by drum screen 5, the screened pulverizer 4 that is back to of coarse fodder is processed again, screen satisfactory material by drum screen 5 and enter biaxial rneader 6, when biaxial rneader 6 operates, to add inside water by adding wetting system, send into ageing workshop 7 by biaxial rneader 6 material out; The other one-level biaxial rneader 8(one-level biaxial rneaders 8 in ageing workshop 7 need to add water while operation), secondary biaxial rneader 9 can carry out the stir process of different stage as required, operated by two-stage vacuum extruder for blocks group 10 afterwards, by blank cutting base system 11, mud bar is cut to base again, discharged on annular machine for transporting blank 13 by setting machine 12, annular machine for transporting blank 13 is delivered to roasting firing chamber 14.
Details are as follows for rotary moving tunnel cave implementing process flow process:
Raw material: the raw material such as shale, fire coal is stacked respectively, in order to using.Jaw crusher 2, for bulky grain raw material (shale) is put into apron feeder, by batcher control feed speed, is sent raw material into jaw crusher and is carried out primary breakup.Proportioning machine 3, for coal and shale are mixed in proportion, makes it have the required heat of roasting.Pulverizer 4, by being broken into the further dispersion and fining of raw material for subsequent use of certain granules degree, makes it reach corresponding fineness.Control raw material particle size by roller screen machine 5, fines enters subsequent processing, and coarse fodder returns pulverizer and continues refinement.Before realizing ageing by biaxial rneader 6, stir, by the stirring that adds water by a certain percentage of the fines after roller screen machine 5 screens, make between various raw materials, between raw material and fuel, between raw material and water, mix, in order to ageing.Ageing workshop 7, for the base material mixing is displayed to a period of time, makes wherein various compositions mutually hold merging generation slaking reaction, improves the plasticity of raw material.
Before moulding, stir for stirring that the grog after ageing is added water again, make between various raw materials, between raw material and fuel, between raw material and water, mix, to improve the forming technique performance of pug.
By two-stage vacuum extruder for blocks composing type: adopt hard plastic extrusion molding, the mould of available different size is made different adobes.Brick machine machine mouth place adds water and lubricates.By 11 strippings and slicings of blank cutting base system: main frame mouth is extruded mud bar and directly entered numerical control block building machine.
Realize fortune base by annular machine for transporting blank: after cutting adobe, send into blank pushing machine through transition belt, then by setting machine code base.Code base: setting machine device people grabs base from speciality cloth base machine, then divide base, run to and put base position, rotate, put into a yard base face, robot gripper is mentioned again, and reduction is returned and is waited for and grab base position, completes and once grabs base, and the whole course of work so circulates.
Natural moisture exhaust: after adobe is piled up, enter the Natural moisture exhaust stage.Dry: utilize the high-temperature tail gas of kiln generation by brick blank drying.Preheating: dry adobe is heated, make it reach corresponding temperature.Roasting: utilize the coal dust firing in cinder and adobe that high temperature is provided, adobe is carried out to roasting.Cooling: the adobe of sintering is naturally cooling, prevent that chilling from causing explosion.Finished product: through naturally cooled adobe, be finished product.
Entrucking: transport product car-loading to construction site or finished product stacking place stacking.Dedusting: the dust collection that the stage in small, broken bits raw material is produced gets up, and improves working environment.Flue gas processing: the flue gas that roasting is produced carries out desulfurization, dust removal process.
Annular machine for transporting blank 13, when enforcement, be arranged on the relative position of 14 inner sides, roasting firing chamber of circular kiln furnace, for by blank cutter on production line cut base product (adobe) be delivered to roasting firing chamber mechanical grip equipment (manipulator) locate to unify discharge, prepare carry out baking, as shown in Figure 1.
Annular machine for transporting blank 13 described in the utility model comprises main driving wheel device 100, driven pulley device 200 and steel band 300; When enforcement, steel band 300 supports by steel band support component 400, the position view of main driving wheel device 100, driven pulley device 200, steel band 300 and steel band support component 400 correspondences as shown in Figure 2, specifically makes its steel band 300 entirety form annular by the arrangement of multiple main driving wheel devices 100, driven pulley device 200.
As shown in Figure 3-4: described main driving wheel device 100 comprises support 101, pressing plate B102, rubber tire assembly 103, pressing plate A104, axle 105, sprocket wheel A106, bearing 107, hold cover 108, bearing block 109, sprocket wheel B110, hinge seat assembly A111, bearing pin A112, hinge ear 113, motor 114, gripper shoe 115, bearing pin B116, chain pulley seat assembly B117, motor seat board 118, round nut 119, stop washer 120, roller chain 121.
When installation, motor 114 is arranged on motor seat board 118, and the rotary shaft end of motor 114 is provided with sprocket wheel B110 by interior hexagonal flush end holding screw 122.
Described support 101 upper ends are fixed with hinge seat assembly A111, chain pulley seat assembly B117; Hinge seat assembly A111 arranges hinge ear 113 by bearing pin A112, chain pulley seat assembly B117 arranges gripper shoe 115 by bearing pin B116, the other end of gripper shoe 115 arranges by hinge ear 113, axle 105 is set in gripper shoe 115, the middle part of axle 105 arranges sprocket wheel A106, and sprocket wheel A106 is connected with sprocket wheel B110 by roller chain 121; Both sides on axle 105 are respectively rubber tire assembly 103, and the two ends of axle 105 are fixing by round nut 119, stop washer 120, and rubber tire assembly 103 dual-sides are pressing plate B102 and pressing plate A104, and described axle 105 supports by bearing 107.
As Figure 7-9: described driven pulley device 200 comprises support 201, driven pulley dust cap 202, spacing return idler 203, driven pulley axle sleeve 204, follower shaft 205, driven shaft bearing 206, regulates screw mandrel A207, adjusting nut assembly 208, adjusting screw mandrel B209, fixing double team A210, lining 211, bearing pin 212, fixing double team B213, fixing double team C214, bearing 215, inner column 216.
Wherein, support 201 is arranged on inner column 216, and by regulating screw mandrel A207, adjusting nut assembly 208, regulating screw mandrel B209 to regulate; Described follower shaft 205 is supported on support 201, and spacing return idler 203 is arranged on the two ends of follower shaft 205 by bolt, and the side of spacing return idler 203 is provided with driven pulley dust cap 202; Described adjusting screw mandrel A207 is connected with fixing double team B213 by bearing pin 212, and fixing double team B213 and fixing double team C214 combination are fixed on inner column 216; Wherein, support 201 is arranged on inner column 216 by fixing double team A210.
Described above: steel band 300 can support by steel band support component 400; As shown in figure 10: steel band support component comprises channel-section steel 401 and equal leg angle 402.When enforcement, steel band support component 400 is very across rubber tire assembly 103, spacing return idler 203 upper ends.
When this part specifically operates, main driving wheel device 100 can be built in operate ground, driven pulley device 200 is fixing by corresponding inner column 216, steel band support component 400 in this device for supporting steel band 300, but steel band 300 is for carrying moulded pottery not yet put in a kiln to bake, provide power by main driving wheel device 100, under driven pulley device 200 coordinates, can turn round by fast driving steel band support component 400, successfully drive the steel band 300 that carries moulded pottery not yet put in a kiln to bake to turn round.In driven pulley device 200, driven pulley dust cap 202 can prevent that spacing return idler 203 from entering the impurity such as dust; The outer end of spacing return idler 203 can play screens effect to channel-section steel 401, and then can play position-limiting action to the steel band support component 400 of operation, prevents its sideslip, comes off.
To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiment, General Principle as defined herein can, in the situation that not departing from spirit or scope of the present utility model, realize in other embodiments.Therefore, the utility model will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (2)
1. a rotary moving tunnel cave, is characterized in that: comprise apron feeder (1), jaw crusher (2), proportioning machine (3), dual-rotor crushing machine (4), drum screen (5), biaxial rneader (6), ageing workshop (7), one-level biaxial rneader (8), secondary biaxial rneader (9), two-stage vacuum extruder for blocks group (10), blank cutting base system (11), setting machine (12), annular machine for transporting blank (13), roasting firing chamber (14); Apron feeder (1), jaw crusher (2) connect logical proportioning machine (3) by transport tape, proportioning machine (3) connects logical dual-rotor crushing machine (4) by transport tape, pulverizer (4) connects logical drum screen (5) by transport tape, drum screen (5) connects logical biaxial rneader (6) by transport tape, biaxial rneader (6) is connected to ageing workshop (7) by transport tape, it is other that one-level biaxial rneader (8) is positioned at ageing workshop (7), one-level biaxial rneader (8) connects logical secondary biaxial rneader (9) by transport tape
Secondary biaxial rneader (9) connects logical vacuum extruder group (10) by transport tape, vacuum extruder group (10) connects logical blank cutting base system (11) by transport tape, blank cutting base system (11) connects logical setting machine (12) by transport tape, annular machine for transporting blank (13) is positioned at roasting firing chamber (14) annular region, and it is other that setting machine (12) is arranged on annular machine for transporting blank (13).
2. rotary moving tunnel cave according to claim 1, is characterized in that:
Described annular machine for transporting blank (13), comprises main driving wheel device (100), driven pulley device (200) and steel band (300);
Described main driving wheel device (100) comprises support (101), pressing plate B(102), rubber tire assembly (103), pressing plate A(104), axle (105), sprocket wheel A(106), bearing (107), hold lid (108), bearing block (109), sprocket wheel B(110), hinge seat assembly A(111), bearing pin A(112), hinge ear (113), motor (114), gripper shoe (115), bearing pin B(116), chain pulley seat assembly B(117), motor seat board (118), round nut (119), stop washer (120), roller chain (121),
It is upper that described motor (114) is arranged on motor seat board (118), and the rotary shaft end of motor (114) is provided with sprocket wheel B(110 by interior hexagonal flush end holding screw (122));
Described support (101) upper end is fixed with hinge seat assembly A(111), chain pulley seat assembly B(117); Hinge seat assembly A(111) by bearing pin A(112) arrange and cut with scissors ear (113), chain pulley seat assembly B(117) by bearing pin B(116) gripper shoe (115) is set, the other end of gripper shoe (115) arranges by hinge ear (113), axle (105) is set in gripper shoe (115), the middle part of axle (105) arranges sprocket wheel A(106), sprocket wheel A(106) by roller chain (121) and sprocket wheel B(110) be connected; Both sides on axle (105) are respectively rubber tire assembly (103), the two ends of axle (105) are fixing by round nut (119), stop washer (120), rubber tire assembly (103) dual-side is pressing plate B(102) and pressing plate A(104), described axle (105) supports by bearing (107);
Described driven pulley device (200) comprises support (201), driven pulley dust cap (202), spacing return idler (203), driven pulley axle sleeve (204), follower shaft (205), driven shaft bearing (206), regulates screw mandrel A(207), adjusting nut assembly (208), regulate screw mandrel B(209), fixing double team A(210), lining (211), bearing pin (212), fixing double team B(213), fixing double team C(214), bearing (215), inner column (216)
It is upper that described support (201) is arranged on inner column (216), and by regulating screw mandrel A(207), adjusting nut assembly (208), adjusting screw mandrel B(209) regulate;
It is upper that described follower shaft (205) is supported on support (201), and spacing return idler (203) is arranged on the two ends of follower shaft (205) by bolt, and the side of spacing return idler (203) is provided with driven pulley dust cap (202);
Described adjusting screw mandrel A(207) by bearing pin (212) and fixing double team B(213) is connected fixing double team B(213) and fixing double team C(214) combine and be fixed on inner column (216);
Described support (201) is by fixing double team A(210) be arranged on inner column (216);
Steel band (300) supports by steel band support component (400), and steel band support component comprises channel-section steel (401) and equal leg angle (402); Steel band support component (400) is very across rubber tire assembly (103), spacing return idler (203) upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420257876.XU CN203824302U (en) | 2014-05-20 | 2014-05-20 | Rotary movable type tunnel kiln |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420257876.XU CN203824302U (en) | 2014-05-20 | 2014-05-20 | Rotary movable type tunnel kiln |
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| Publication Number | Publication Date |
|---|---|
| CN203824302U true CN203824302U (en) | 2014-09-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420257876.XU Expired - Fee Related CN203824302U (en) | 2014-05-20 | 2014-05-20 | Rotary movable type tunnel kiln |
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| CN (1) | CN203824302U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105712696A (en) * | 2015-09-18 | 2016-06-29 | 安庆惠嘉新型建材有限公司 | High-hardness wall tile production process |
| CN106272939A (en) * | 2016-08-18 | 2017-01-04 | 安庆惠嘉新型建材有限公司 | A kind of full-automatic brick making system |
| CN113670064A (en) * | 2021-08-26 | 2021-11-19 | 赛特矿产品(重庆)有限公司 | Rotary bauxite roasting tunnel kiln |
-
2014
- 2014-05-20 CN CN201420257876.XU patent/CN203824302U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105712696A (en) * | 2015-09-18 | 2016-06-29 | 安庆惠嘉新型建材有限公司 | High-hardness wall tile production process |
| CN106272939A (en) * | 2016-08-18 | 2017-01-04 | 安庆惠嘉新型建材有限公司 | A kind of full-automatic brick making system |
| CN113670064A (en) * | 2021-08-26 | 2021-11-19 | 赛特矿产品(重庆)有限公司 | Rotary bauxite roasting tunnel kiln |
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